Max Robotics — Global Service Robot Directory + US Certification

About

Thomas Wimboeck is a leading figure in dexterous robotic manipulation, whose work has fundamentally advanced how robots grasp, hold, and interact with objects. His research centers on impedance control, multifingered hand design, and mobile manipulation platforms, with a particular focus on achieving human-like dexterity and compliance. Wimboeck’s most influential contribution is the development of the "Rollin' Justin" mobile humanoid platform (107 citations), a sophisticated research system that integrates a dexterous upper body with mobile locomotion for complex servicing tasks like fetching and delivery. He has also pioneered passivity-based object-level impedance control for multifingered hands (88 citations), enabling stable 6D object manipulation without requiring robust contact detection. His experimental validation of Cartesian impedance control on the DLR-HIT II five-finger hand (44 citations) demonstrated how joint torque and nonlinearity compensation can dramatically improve performance in elastic robotic joints. Notably, Wimboeck contributed to the "Dexhand" project (40 citations), a space-qualified multifingered hand designed to support astronauts during maintenance and hazardous tasks in orbit. His work on tendon-driven thumbs with nonlinear stiffness elements (23 citations) further showcases his ability to mimic biological structures for enhanced force capabilities and workspace. With over 300 total citations, Wimboeck’s research remains essential reading for anyone working in robotic manipulation, human-robot interaction, or space robotics.